Increases in atmospheric temperature and nutrients from land are thought to be promoting
the expansion of harmful cyanobacteria in lakes worldwide, yet to date there has been no …

Abstract The Lake Victoria ecosystem is emblematic of the catastrophic effects that human
activities, particularly cultural eutrophication, can have on freshwater biodiversity. However …

Forty-four lakes in the Austrian Alps were studied to examine the influence of catchment
characteristics on water chemistry. The lakes are located along an altitudinal gradient (1502 …

Eutrophication, prompted by anthropogenic activities and climate change has led to multiple
adverse effects in freshwater systems across the world. As instrumental measurements are …

A multiproxy approach including chironomid, diatom, pollen and geochemical analyses was
applied on short gravitational cores retrieved from an alpine lake (Lacul Bâlea) in the …

Responses to recent climatic changes in the sediment of subarctic Lake Saanajärvi in
northwestern Finnish Lapland are studied by comparison of various biological and …

We propose a palaeolimnological method for inferring past total phosphorus (TP)
concentrations in lake water from spectrophotometrically-measured sedimentary pigments …

The biological communities of mountain lakes are suspected to be highly sensitive to global
warming and associated catchment changes. To identify the parameters determining algal …

Reservoirs hold a detailed record of the changes in the input of sediments and nutrients over
decades to centuries. Paleolimnological multi-proxy analysis makes it possible to …

The trophic history of Lake Champlain's northeastern arm was assessed using a multi-proxy
paleolimnological approach to provide sub-basin specific information for restoration …